private static void FixSlopes(BuildingInfo info, int inx, TrackVehicleType vehicletype)
{
var path = info.m_paths[inx];
var horizontalDistance = Vector3.Distance(new Vector3(path.m_nodes[0].x, path.m_nodes[0].y, path.m_nodes[0].z),
new Vector3(path.m_nodes[1].x, path.m_nodes[0].y, path.m_nodes[1].z)); //Math.Pow(Math.Pow(path.m_nodes[0].x - path.m_nodes[1].x, 2) + Math.Pow(path.m_nodes[0].x - path.m_nodes[1].x, 2), 0.5f);
var verticalDistance = Math.Abs(path.m_nodes[0].y - path.m_nodes[1].y);
if (path.m_netInfo.m_maxSlope < Math.Abs(verticalDistance / horizontalDistance))
{
Debug.Log("Triggered on " + info.name);
Debug.Log("verticalDistance = " + verticalDistance);
Debug.Log("horizontalDistance = " + horizontalDistance);
Debug.Log("actual vs maxSlope = " + (float)Math.Abs(verticalDistance / horizontalDistance) + " vs " + path.m_netInfo.m_maxSlope);
bool isTargetVehicleTrackType = false;
float slopeDist = ((float)Math.Abs(verticalDistance / horizontalDistance)) - path.m_netInfo.m_maxSlope;
var pathList = new List <BuildingInfo.PathInfo>();
Vector3 targetNode = Vector3.zero;
Vector3 otherNode = Vector3.zero;
Vector3 adjTargetNode = Vector3.zero;
Debug.Log("Finding a mate for inx: " + inx + " called: " + info.m_paths[inx].m_netInfo.name);
for (int i = 0; i < info.m_paths.Length; i++)
{
if (info.m_paths[i]?.m_netInfo?.name == null)
{
continue;
}
if (targetNode != Vector3.zero)
{
break;
}
isTargetVehicleTrackType = false;
switch (vehicletype)
{
case TrackVehicleType.Train:
isTargetVehicleTrackType = info.m_paths[i].m_netInfo.IsTrainTrackAI();
break;
case TrackVehicleType.Metro:
isTargetVehicleTrackType = info.m_paths[i].m_netInfo.IsTrainTrackAIMetro();
break;
}
if (isTargetVehicleTrackType && i != inx)
{
Debug.Log("info to compare is " + info.m_paths[i].m_netInfo.name);
//if (info.m_paths[i].m_netInfo.name.Contains("Ground") ||
// info.m_paths[i].m_netInfo.name == ModTrackNames.TRAIN_TRACK ||
// info.m_paths[i].m_netInfo.name == ModTrackNames.TRAIN_STATION_TRACK_GROUND) ;
//{
for (int j = 0; j < info.m_paths[i].m_nodes.Length; j++)
{
var targetIndex = Array.IndexOf(path.m_nodes, info.m_paths[i].m_nodes[j]);
if (targetIndex > -1)
{
otherNode = path.m_nodes[((targetIndex + 1) % 2)];
targetNode = path.m_nodes[targetIndex];
adjTargetNode = otherNode + ((targetNode - otherNode) * (1 + slopeDist));
Debug.Log("targetNode/otherNode/adjTargetNode = " + targetNode.ToString() + "/" + otherNode.ToString() + "/" + adjTargetNode.ToString());
break;
}
}
//}
}
}
if (targetNode != Vector3.zero)
{
Debug.Log("In the process of setting targetNode: " + targetNode.ToString() + " to adjTargetNode: " + adjTargetNode);
Vector3[] nodeArray = null;
var findCount = 0; //debug stuff
for (int i = 0; i < info.m_paths.Length; i++)
{
isTargetVehicleTrackType = false;
switch (vehicletype)
{
case TrackVehicleType.Train:
isTargetVehicleTrackType = info.m_paths[i].m_netInfo.IsTrainTrackAI();
//groundName = ModTrackNames.TRAIN_TRACK;
break;
case TrackVehicleType.Metro:
isTargetVehicleTrackType = info.m_paths[i].m_netInfo.IsTrainTrackAIMetro();
//groundName = ModTrackNames.MOM_TRACK_GROUND + " NoBar";
break;
}
if (isTargetVehicleTrackType && i != inx)
{
for (int j = 0; j < info.m_paths[i].m_nodes.Length; j++)
{
if (info.m_paths[i].m_nodes[j] == targetNode)
{
otherNode = info.m_paths[i].m_nodes[((j + 1) % 2)];
nodeArray = new Vector3[2];
nodeArray[j] = adjTargetNode;
nodeArray[((j + 1) % 2)] = otherNode;
info.m_paths[i].m_nodes = nodeArray;
findCount++;
break;
}
}
}
}
otherNode = Vector3.zero;
nodeArray = null;
for (int i = 0; i < path.m_nodes.Length; i++)
{
if (path.m_nodes[i] == targetNode)
{
nodeArray = new Vector3[2];
otherNode = path.m_nodes[((i + 1) % 2)];
nodeArray[i] = adjTargetNode;
nodeArray[((i + 1) % 2)] = otherNode;
break;
}
}
if (nodeArray != null)
{
path.m_nodes = nodeArray;
Debug.Log("path at inx: " + inx + " has " + findCount + " adjoining path(s) linked at " + targetNode.ToString() + " which was moved to " + adjTargetNode.ToString());
}
}
}
}
public static void SetTrackVehicleType(this BuildingInfo info, int inx, TrackVehicleType vehicleType)
{
var path = info.GetPaths()[inx];
switch (vehicleType)
{
case TrackVehicleType.Default:
if ((path.m_finalNetInfo.IsElevatedSidePlatformTrainStationTrack() || path.m_finalNetInfo.IsGroundSinglePlatformTrainStationTrack()) && (path.m_netInfo.IsElevatedSidePlatformMetroStationTrack() || path.m_netInfo.IsGroundSinglePlatformMetroStationTrack()) ||
(path.m_finalNetInfo.IsElevatedSidePlatformMetroStationTrack() || path.m_finalNetInfo.IsGroundSinglePlatformMetroStationTrack()) && (path.m_netInfo.IsElevatedSidePlatformTrainStationTrack() || path.m_netInfo.IsGroundSinglePlatformTrainStationTrack()))
{
InvertPath(path);
}
path.AssignNetInfo(path.m_netInfo);
break;
case TrackVehicleType.Train:
if (path.m_finalNetInfo.IsAbovegroundMetroStationTrack())
{
if (path.m_finalNetInfo.IsElevatedSidePlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_ELEVA, false); //somehow expand this for the other types
}
else if (path.m_finalNetInfo.IsSunkenSidePlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_SUNKEN, false);
}
else if (path.m_finalNetInfo.IsGroundSidePlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_GROUND, false);
}
else if (path.m_finalNetInfo.IsElevatedSinglePlatformMetroStationTrack())
{
InvertPath(path);
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_ELEVATED_SMALL, false);
}
else if (path.m_finalNetInfo.IsGroundSinglePlatformMetroStationTrack())
{
InvertPath(path);
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_GROUND_SMALL, false);
}
else if (path.m_finalNetInfo.IsElevatedIslandPlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_ELEVATED_ISLAND, false);
}
else if (path.m_finalNetInfo.IsGroundIslandPlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_GROUND_ISLAND, false);
}
else if (path.m_finalNetInfo.IsElevatedLargeSidePlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_ELEVATED_LARGE, false);
}
else if (path.m_finalNetInfo.IsGroundLargeSidePlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_GROUND_LARGE, false);
}
else if (path.m_finalNetInfo.IsElevatedDualIslandPlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_ELEVATED_LARGE_DUALISLAND, false);
}
else if (path.m_finalNetInfo.IsGroundDualIslandPlatformMetroStationTrack())
{
path.AssignNetInfo(ModTrackNames.TRAIN_STATION_TRACK_GROUND_LARGE_DUALISLAND, false);
}
}
else if (path.m_finalNetInfo.IsMetroTrack())
{
if (path.m_finalNetInfo)
{
path.AssignNetInfo(ModTrackNames.GetTrackAnalogName(path.m_finalNetInfo.name), false);
}
//FixSlopes(info, inx, vehicleType);
}
break;
case TrackVehicleType.Metro:
if (path.m_finalNetInfo.IsAbovegroundTrainStationTrack())
{
if (path.m_finalNetInfo.IsElevatedSidePlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_ELEVATED, false);
}
else if (path.m_finalNetInfo.IsSunkenSidePlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_SUNKEN, false);
}
else if (path.m_finalNetInfo.IsGroundSidePlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_GROUND, false);
}
else if (path.m_finalNetInfo.IsElevatedSinglePlatformTrainStationTrack())
{
InvertPath(path);
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_ELEVATED_SMALL, false);
}
else if (path.m_finalNetInfo.IsGroundSinglePlatformTrainStationTrack())
{
InvertPath(path);
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_GROUND_SMALL, false);
}
else if (path.m_finalNetInfo.IsElevatedIslandPlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_ELEVATED_ISLAND, false);
}
else if (path.m_finalNetInfo.IsGroundIslandPlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_GROUND_ISLAND, false);
}
else if (path.m_finalNetInfo.IsElevatedLargeSidePlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_ELEVATED_LARGE, false);
}
else if (path.m_finalNetInfo.IsGroundLargeSidePlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_GROUND_LARGE, false);
}
else if (path.m_finalNetInfo.IsElevatedDualIslandPlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_ELEVATED_LARGE_DUALISLAND, false);
}
else if (path.m_finalNetInfo.IsGroundDualIslandPlatformTrainStationTrack())
{
path.AssignNetInfo(ModTrackNames.MOM_STATION_TRACK_GROUND_LARGE_DUALISLAND, false);
}
}
else if (path.m_finalNetInfo.IsTrainTrack())
{
path.AssignNetInfo(ModTrackNames.GetTrackAnalogName(path.m_finalNetInfo.name), false);
//FixSlopes(info, inx, vehicleType);
}
break;
}
}
